Hey, i really need help with these questions.I know its a lot but its really urgent

Question 17 (1 point) A 565 g toy car travels along the sidewalk at 19 km/h. What is the momentum of the car in kgm/s? Round your answer to have one digit after the decimal. Your Answer: Answer Question 18 (1 point) A Force (N) O 1(s) 2 3 4 5 Given force-time graph for a 0.53 kg object that was accelerated from an initial velocity of 3.8 m/s, calculate the final velocity at 5.0 s. Round your answer to the nearest whole number Your Answer:Question 19 (1 point) An average force of 18 N acts on an object for 0.26 seconds. The change in momentum is ab Nos. Input your answer in the format a.b . Do not include units - Include a decmial YourAnswer: :] Answer Question 20 (1 point) If a 525 kg boat is heading east with a momentum of 661 kg*m!s [E] The velocity of the boat is 3.11: mfs [E]. Input the values of a, b, and c into the blank and use the guidelines below: - Do not include units. . Do not include a decimal. :l'v Question 21 [1 point} The graph below moments the not face aiding on a small rocket launched vamcally from real. 1WD ill .0 Fm: 60.0 [N] 1-0.0 2|] .0 0 10 4.0 M] 3.0 IIJIJ] Tick] If the mass of the rocket is 4.4 kg, the final velocity over 3.0 s time period is ab: mr's. Record abc. Your Answer: :] Answer Question 22 [1 point} As a child catches a ball, he exerts a force, F, on the moving ball for a time interval of t. The mass of the ball is 250g and its velocity changes from +5.00 mis to +1.00 m/s as a result of the force. The magnitude of the impulse that the child applies to the ball is Q 2.50 N5 0 1.00 x 103 N5 0 1.25 N5 0 1.00 N5 Question 23 (1 point) A force is applied to a 139 g cart which is initially at rest as shown on the graph below: F. (N) 1500 1000 10 -500 -100 What is the magnitude of the final velocity of the particle at t=8 ms? Round your answer to the nearest whole number. Do not include units in your answer. Your Answer: Answer Question 24 (1 point) A 0.60 kg ball is moving east at a velocity of 7.88 m/s when it hits a wall. If the ball rebounds with a velocity of 3.49 m/s west, what was the magnitude of the impulse of the wall on the ball? Round your answer to have 1 decimal place Your Answer: AnswerQuestion 7 {1 point) A2076 x 103 kg car accelerates uniformly from rest to 2.599 mfs in 6.734 5. What was the net force acting on the car? Round your answer to the nearest whole number YourAnswer: :l Answer Question 8 {1 point) Force-1' in: Graph 0 0.05 0.10 0.\" 0.20 The [a] This graph shows the relationship between the force on a 0.801 kg football and the time the kicker's foot is in contact with the ball. As a result of the kick, the football, which was initially at rest, is now moving at a speed of 23.5 mfs. The magnitude of the maximum force, Fmax, exerted on the ball during the kicking process, expressed in scientific notation, is a.bc x 1'3\"I N. Record the values of a, b, c and d. x Question 9 (1 point) When a blue whale is alarmed, it can swim at a velocity of 57.0 km/h [E] and has a momentum of 2.15x10 kg*m/s [E]. Given this information, this blue whale must have a mass of a.bc x10" kg. Input the values of a, b, c and dinto the blank and use the guidelines below: . In multistep calculations do not round until your final answer. Carry all digits through your calculations . Do not include units. . Do not include decimal place. Question 10 (1 point) A force of 25.0 N is exerted by a hockey player for 0.150 s on a 0.114 kg puck. If the puck was originally at rest, what is its speed on leaving the player's hockey stick? O 219 m/s 32.9 m/s 19.0 m/s O 167 m/sQuestion 11 (1 point) A 1? kg object travels 10.8 m west in in 3.5 5. Assuming uniform velocity, what is the momentum of the object? Round your answer to the nearest whole number. Do not include units in your answer. Your Answer: Answer Question 12 (1 point) A 162.4 g tennis ball with an initial speed of 54.2 mls hits a wall and rebounds with the same speed. The graph below shows the force of the wall on the ball during the collision. The value of Fmax is ab: N. Record a.bc Do not include units in your answer. Your Answer: J:l Question 13 (1 point) A hockey puck has a momentum of 2.5 kg*m/s [E]. If its velocity is 11 m/s [E], it has a mass of a.bc kg. Input the values of a, b, and cinto the blank and use the guidelines below: . Do not include units. . Do not include decimal place. Question 14 (1 point) An 7.00 g bullet travelling at (3.91x10^2) m/s goes through a stationary block of wood in 3.91x10-4s, emerging at 101 m/s. The magnitude of the average force the wood exerted on the bullet is ___ N . Input your answer with correct sig digs . Include a decimal . Do not include units Note: Your answer is assumed to be reduced to the highest power possible. Your Answer: x10 AnswerIn an air bag safety test, two identical crash test dummies are placed in a vehicle equipped with air bags. The air bag in front of one of the dummies is disabled so that it does not function. The car is then crashed into a rigid barrier and sensors within each of the dummies record the forces acting on the dummies during the collision. A graph of the collision force on the dummies as a function of time is shown below. Force on Crash Test Dummies as a Function of Time Dummy I Force (kN) Dummy II Time (ms) The air bag in front of Dummy | is _. and the impulse experienced by Dummy I is the impulse experienced by Dummy II during the vehicle collision. O disabled; the same as O functioning; the same as O functioning; larger than O disabled; larger than Question 16 (1 point) Force on a Ball as a Function of Time FINI The net impulse delivered to the ball from t 0.0 to t = 6.0s is ab Ns. Record ab. Round answer to the nearest whole number. Do not include units in your